Transcribed by Bert.
[June 21, 2014 Part 1 (25:56 mark)]
Eliza: Can you tell us the current frequency that we’re vibrating on?
iON: No, we can’t because you’ve got to change Pi. Pi is 3.141592666666 - and it just goes on - but it goes on - it just never ends - but it’s going to change. Once the Pi changes - that changes the amplitude - once the amplitude changes and sets - the frequency gets tighter - it gets closer together. So, the pitches are higher, which will change. You can’t gauge it presently. Once that new media applies - then what happens is - it shifts or changes. The shift or change - then you’re looking at it from a different bias. So, your amplitude is gauged from a point... same way, when you do a sine/cosine - cosine is starting from -1 - sine is at 0 or a +1, which is actually 0. Then that makes the whole thing different from where you’re starting. Do you see? So, that’s changing! So, you cannot gauge your frequency now because the amplitude isn’t set yet.
[June 21, 2014 Part 1 (25:56 mark)]
Eliza: Can you tell us the current frequency that we’re vibrating on?
iON: No, we can’t because you’ve got to change Pi. Pi is 3.141592666666 - and it just goes on - but it goes on - it just never ends - but it’s going to change. Once the Pi changes - that changes the amplitude - once the amplitude changes and sets - the frequency gets tighter - it gets closer together. So, the pitches are higher, which will change. You can’t gauge it presently. Once that new media applies - then what happens is - it shifts or changes. The shift or change - then you’re looking at it from a different bias. So, your amplitude is gauged from a point... same way, when you do a sine/cosine - cosine is starting from -1 - sine is at 0 or a +1, which is actually 0. Then that makes the whole thing different from where you’re starting. Do you see? So, that’s changing! So, you cannot gauge your frequency now because the amplitude isn’t set yet.
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